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VinaSteel plain round steel coils are designed to meet flexible requirements in construction and mechanical fabrication. The product features good ductility, a smooth and uniform surface, and stable performance in bending, drawing, and forming processes, helping optimize efficiency across various applications.
VinaSteel strictly controls each stage of the production process to ensure uniformity of mechanical and physical properties, enabling stable performance during fabrication while improving economic efficiency for partners.
Key properties:
- High ductility, good workability
- Smooth and uniform surface
- High stability and reliability
- Suitable for a wide range of applications
Introduction to Construction Steel Coils
Construction steel coils are produced through a complex refining process that requires advanced technology and high technical expertise.
Coil sizes: Φ6, Φ8, Φ10
Outer coil diameter: Φ1.2 m
Standards: ASTM A615/A615M – 22 (United States), JIS G 3122:2010 (Japan), and TCVN 1651-2018, TCVN 1651-2:2018 (Vietnam)
Surface finish: Bright
Roundness: Low ovality, highly circular
Coil weight: From 1,000 kg to 2,100 kg
Common Types of Construction Steel Coils
Φ6 Steel Coil
Φ6 steel (D6) is a construction steel coil with a nominal diameter of 6 mm. It offers good tensile and bending strength, excellent load-bearing capacity, and is widely used for tying reinforcement bars to enhance bonding in concrete structures, as well as for reinforcement in civil and light industrial construction.
Φ8 Steel Coil
Φ8 steel (D8) is a construction steel coil with a nominal diameter of 8 mm. It has good resistance to high temperatures and corrosion, even in humid or extreme environments. It is commonly used as reinforcement for foundations, columns, beams, and slabs in civil and industrial construction.
Φ10 Steel Coil
Φ10 steel (D10) is a construction steel coil with a nominal diameter of 10 mm. It features high strength and rigidity, excellent load-bearing capacity, corrosion resistance, ease of processing and bending, and strong bonding with concrete. It is widely used as reinforcement for foundations, columns, beams, and slabs in both civil and industrial construction, especially in reinforced concrete structures such as residential foundations, beams, and large-scale projects including industrial zones and factories.
